CAU Scholar's Space: Kim, Shin

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Kim, Shin (김신)

공과대학 (에너지시스템 공학부)

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Tel 02-820-5073
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Electrical resistance tomography:5||Improved boundary distributed source method:2||vertical tube:2||condensation heat transfer:2||Boundary Element Method:1||Boundary distributed source method:1||Boundary element method:1||Boundary estimation:1||CaF2(Eu):1||Cardiac Ejection Fraction:1||Cerenkov radiation:1||Co60:1||Complete Electrode Model:1||Complete electrode model:1||Computational fluid dynamic code (CFD):1||Computer tomography:1||Condensate rate:1||Condensation:1||Condensation Heat Transfer Coefficient:1||Condensation heat transfer coefficient:1||Conductance Sensor:1||Coolant leakage:1||Couette flow:1||Curvature effect:1||Diffraction tomography:1||Direct back projection:1||Dual type:1||Dynamic algorithms:1||Dynamic imaging:1||Electrical Impedance Tomography:1||Electrical tomography:1||Empirical Correlation:1||Eotvos number:1||Fiberoptic humidity sensor:1||Fiberoptic radiation sensor:1||Filtered back projection:1||Flexible risk constrainedoptimal power flow:1||Flow Pattern:1||Flow boiling:1||Forward problem:1||Fourier diffraction theorem:1||Gammaray dose rate measurement:1||Gammaray source position:1||Gradientbased algorithms:1||Heat and mass transfer analogy:1||Humiditysensing material:1||Image reconstruction:1||Immiscible liquid flow:1||Laminar film condensation:1||Landweber method:1||Left Ventricle Size:1||LevenbergMarquardt method:1||Linear algorithms:1||Liquid film:1||Liquid film thickness:1||Local Bubble Parameters:1||Local bubble parameters:1||Low dose rate gammaray:1||MARSKS code:1||MARSKS 코드:1||Mesh less methods:1||Meshfree methods:1||Meshless methods:1||Multistage corrective action:1||Natural convection:1||Nondrag forces:1||Noncondensable Gas:1||Nonlinear systems:1||Online monitoring:1||Optical Fiber Probe:1||PCCS:1||Passive Containment Cooling System (PCCS):1||Passive containment cooling system:1||Plastic scintillation optical fiber:1||Pumped hydroelectric storage:1||Radiation monitoring:1||Relative humidity:1||Risk index:1||STARCCM+:1||Singular boundary method:1||Spectroscopy:1||Steamair mixture:1||Subcooled Flow Boiling:1||Subcooled boiling:1||Time update equations:1||Tomography:1||Trajectories:1||Transmission tomography:1||Twophase flow:1||Uniform shear:1||Vertical Annulus:1||Vertical Tube:1||Vertical tube:1||Void Fraction:1||Void fraction:1||Wall Subcooling:1||Water:1||Wiremesh Sensor:1||ZnS(Ag):1||annular fin:1||biogeographybased optimization:1||boundary estimation:1||condensation:1||dual conductance sensor:1||dynamic evolutionary algorithms:1||dynamic optimization:1||electrical impedance tomography:1||empirical correlation:1||fiberoptic sensor:1||flow regime:1||gamma ray:1||heat transfer coefficient:1||inclined pipe:1||inverse problem:1||noncondensable gas:1||passive condenser system:1||structure velocity:1||void fraction:1||비응축성 기체:1||새로운 상관식:1||수직 튜브:1||열전달계수:1||응축 열전달:1||증기공기 혼합물:1||피동격납건물냉각계통:1||Air bubbles:1||피동원자로건물냉각계통:1||Airsteam condensation:1||Algebraic reconstruction technique (ART):1||Battery energy storage system:1||

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